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[en] The article summarizes the production and properties of molybdenum and its alloys and then discusses the welding of the various materials, by techniques such as electron beam welding, laser welding, gas tungsten-arc welding, resistance, friction, and diffusion welding. The metallurgical problems encountered and solutions are outlined. (orig.)
[de]
Nach Betrachtung der Herstellung und Eigenschaften von Molybdaen und seinen Legierungen wird das Schweissen dieser Werkstoffe behandelt, und zwar das Elektronenstrahl-, Laserstrahl-, Wolfram-Inertgas-, Widerstandspunkt-, Reib- und Diffusionsschweissen. Hierbei sind vor allem metallurgische Probleme zu loesen. (orig.)Journal
[en] This is the new welding and joining methods review. (author)
Source
Institute of Atomic Energy, Otwock-Swierk (Poland). Funding organisation: Ministry of Industry (Poland); 230 p; ISSN 1232-5317; 
; 2008; p. 43-53; 15. Science and Technical Seminar on Materials Investigation for Power Industry; Zakopane (Poland); 18-20 Jun 2008; Available from Institute of Atomic Energy; 15 figs.
; 2008; p. 43-53; 15. Science and Technical Seminar on Materials Investigation for Power Industry; Zakopane (Poland); 18-20 Jun 2008; Available from Institute of Atomic Energy; 15 figs.
[en] This article deals with future welding requirements. The development and use of traditional and new joining methods and different basic materials, as well as the mechanisation and automation of production with a view to improving productivity and quality are also discussed. It is shown that the proportion of welding with covered electrodes has declined sharply in Europe and that proportion of NIG/MAG welding has risen. The new joining methods are being used primarily on materials with special properties and for applications where it is particularly important to guarantee quality without increasing the production costs in conjunction with the series production of traditional materials. Thus, electron beam and laser welding have been used and there are many new potential applications for the production of transmission components in the automobile industry. A transition is taking place from electron beam to laser welding in the USA in particular. 3 tabs., 5 figs
Journal
[en] The volume 2 of the conference is divided into 2 parts: welding technology and applications. Separate abstracts were prepared for 16 papers
[fr]
Le volume 2 de cette conference est divise en 2 parties: technologie du soudage et applications. Des notices separees ont ete traitees pour 16 communicationsSource
Jun 1983; 406 p; Commissariat a l'Energie Atomique; Saclay (France); 3. International colloquium on welding and melting by electrons and laser beams; Lyon (France); 5-9 Sep 1983; ISBN 2-7272-0083-8;
No abstract available
Source
Rossijskij Federal'nyj Yadernyj Tsentr - Vserossijskij Nauchno-Issledovatel'skij Inst. Tekhnicheskoj Fiziki imeni Akademika E.I. Zababakhina, Snezhinsk (Russian Federation); 400 p; ISBN 978-5-902278-68-9; ; 2014; p. 198, 198-199; 12. international conference on Zababakhin scientific talks; Zababakhinskie nauchnye chteniya. XII Mezhdunarodnaya konferentsiya; Snezhinsk (Russian Federation); 2-6 Jun 2014
; 2014; p. 198, 198-199; 12. international conference on Zababakhin scientific talks; Zababakhinskie nauchnye chteniya. XII Mezhdunarodnaya konferentsiya; Snezhinsk (Russian Federation); 2-6 Jun 2014
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